NYLON
Nylon is an exceptional material with a combination of robustness and semi-flexibility resulting in outstanding resistance to impact and abrasion. Its properties make it the optimal choice when you want to create 3D printed parts that need to withstand stress and wear over time. The material's unique ability to withstand external stresses makes it suitable for applications where durability is essential.
Ease of use
Strength
Extruder
230-265°C
Does not require any special Hotend
Pray
70-90 °C
Does not require any enclosure
Cooling
0%
No cooling required
When is NYLON used?
Nylon is a versatile thermoplastic that has taken the 3D printing world by storm. Made from synthetic raw materials, nylon offers outstanding properties that exceed expectations. With its impressive durability, flexibility and chemical resistance, nylon is the ideal material for demanding applications that require strong and durable components. Its ability to withstand shock, abrasion and high temperatures makes it an indispensable choice for the design and production of functional prototypes and specialized products in various industries.
Within the 3D printing community, nylon has established itself as a reliable resource for creating robust and high-stress parts. Its field of application is wide ranging from the automotive industry to electronics production and more. With outstanding durability and utility, nylon is helping to shape an innovative future for the manufacturing industry, promoting sustainable design and strengthening the concept of functional and durable 3D printing.
Advantages
- Cheap
- High impact resistance
- Durable and partially flexible
Disadvantages
- Absorbs water
- Should be stored in a drybox
- Difficult to attach to building plate
Tip
Sports and Leisure Equipment: Nylon plays a crucial role in the sports and leisure sector. From bicycle components to protective equipment and ski bindings, its combination of strength and flexibility provides durable products that withstand the rigors of sports and adventure.
The construction industry: In the building and construction sector, nylon is used to produce parts and components that must withstand external stresses and weather conditions, such as roof brackets, rails and fasteners.
Print speed: Use a medium print speed to maintain accuracy and detail.
Layer Height: Choose an appropriate layer height depending on your project – thinner layers give more detailed results.
Retraction: Adjust the retraction settings to minimize wire strands and impurities in the print.
Bed Adhesion (Adhesion to the Building Plate): Use kapton tape, glass or special printing surface materials to improve adhesion and reduce the risk of shearing.
Check Humidity: Store the PLA material in a dry and sealed container to prevent moisture absorption and quality degradation.
Nylon 3D Material Properties and Applications
| Property | Nylon |
|---|---|
| Material composition | Nylon polymer |
| Strength | ● ○ ○ |
| Flexibility | Flexible |
| Print quality | ● ● ○ |
| Surface finish | Standard |
| Layer stapling | ● ○ ○ |
| Temperature resistance | ● ● ○ |
| Applications | Prototypes, Functional parts |
ABS
PETG
Miscellaneous